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Soulskillon Friday January 11, 2013 @07:43PM
from the that-is-not-how-strikes-work dept.

An anonymous reader writes "With the 'six-strikes' anti-piracy plan set to begin in the U.S. soon, TorrentFreak has gotten its hands on a document showing how Verizon in particular will be dealing with copyright-infringing users. For your first and second strike, Verizon will email you and leave you a voicemail informing you that your account is involved in copyright infringement. For your third and fourth strikes, the ISP will automatically redirect your browser to a page that requires you to acknowledge receiving the alerts. They'll also play a video about the dangers of infringement. For your fifth and sixth strikes, they give you three options: massively throttle your connection for a few days, wait two weeks and then throttle your connection, or file an appeal with an arbitration service for $35. TorrentFreak points out that the MPAA and RIAA can obtain the connection information of repeat infringers, with which they can then take legal action."

Posted
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Soulskillon Friday January 11, 2013 @07:03PM
from the next-step-heat-lasers dept.

An anonymous reader writes "A new technique allows allows 'thermocrystals' to be created that can manipulate heat (a vibration of the atomic lattice of a material). Predicted manipulations include the ability to selectively transmit, reflect or concentrate heat much like light waves can be manipulated by lenses and mirrors. 'Heat differs from sound, he explains, in the frequency of its vibrations: Sound waves consist of lower frequencies (up to the kilohertz range, or thousands of vibrations per second), while heat arises from higher frequencies (in the terahertz range, or trillions of vibrations per second).' Applications range from better thermoelectric devices to switchable heat insulating/transmitting materials (abstract). Perhaps this will result in better cooling/heating mechanisms or more efficient engines."

Posted
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Soulskillon Friday January 11, 2013 @06:39PM
from the go-big-or-go-home dept.

Nerval's Lobster writes "The U.S. Department of Science has presented a difficult challenge to vendors: deliver a supercomputer with roughly 10 to 30 petaflops of performance, yet filled with energy-efficient multi-core architecture. The draft copy (.DOC) of the DOE's requirements provide for two systems: 'Trinity,' which will offer computing resources to the Los Alamos National Laboratory (LANL), Sandia National Laboratories (SNL), and Lawrence Livermore National Laboratory (LLNL), during the 2016-2020 timeframe; and NERSC-8, the replacement for the current NERSC-6 'Hopper' supercomputer first deployed in 2010 for the DOE facilities. Hopper debuted at number five in the list of Top500 supercomputers, and can crunch numbers at the petaflop level. The DOE wants a machine with performance at between 10 to 30 times Hopper's capabilities, with the ability to support one compute job that could take up over half of the available compute resources at any one time."

Posted
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Soulskillon Friday January 11, 2013 @06:20PM
from the do-we-call-swayze-or-hemsworth dept.

snydeq writes "Tech giants Apple, Google, and Microsoft were no-shows at CES this week in Las Vegas, which worked out just fine for Chinese vendors looking to establish a name for themselves with U.S. consumers. 'Telecom suppliers Huawei and ZTE, in particular, have set their sights on breaking into the U.S. market for smartphones and tablets. ... Whether these Chinese imports can take on the likes of Apple and Samsung remains to be seen, but as Wired quotes Jeff Lotman, the CEO of Global Icons, an agency that helps companies build and license their brands: "The thing that's amazing is these are huge companies, and they have a lot of power, but in the United States nobody has heard of them and they're having trouble gaining traction, but it's not impossible. Samsung was once known for making crappy, low-end phones and cheap TVs. Now they're seen as a top TV and smartphone brand."'"

This video shows a computer case that's "pretty expensive," says Timothy Lord. "It's over $300. On the other hand, it is beautiful." The manufacturer, Taiwan-based IN WIN, has put a $399 MSRP (Manufacturer's Suggested Retail Price) tag on their top-of-the-line "limited edition" computer cases. Wow. Most of us probably won't buy one of these, considering that low-cost mid-tower cases can be had for $30, and the entire computer used to edit this video cost $399 (with the addition of some RAM and a better video card). But there is a market for Lamborghinis, and there is a market for computer cases that cost as much as a complete low-end computer. And CES (annoying sounds if you click the link) is a great place to look at them even if you don't really need a computer case that costs more than a minimum wage worker's entire weekly paycheck.

Posted
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Soulskillon Friday January 11, 2013 @05:20PM
from the stately-grace dept.

SchrodingerZ writes "A new video was released yesterday by NASA from the GRAIL mission probes, which ended their mission last month as they impacted the lunar surface. 'Dramatic' footage was captured by the probe Ebb on December 14th. The video was taken from the 'MoonKAM (Moon Knowledge Acquired by Middle school Students) cameras. It shows the view of Ebb flying at an altitude of 6 miles (10 km) above the Moon's northern hemisphere in the vicinity of Jackson crater (22.4N 163.1W).' Two videos were released, one from the fore and one from the aft of the probe, showing a forwards and backwards time lapse containing 931 and 1,489 pictures each of the lunar terrain. The footage was part of the probes' final systems check before they shut down and were sent into a controlled impact to a predetermined location."

Posted
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Soulskillon Friday January 11, 2013 @04:34PM
from the no-sign-of-jimmy-hoffa dept.

astroengine writes "Russian drilling operations at Lake Vostok, Antarctica, have succeeded in collecting a long-sought core sample of water frozen into the borehole from the glacier-covered, 20 million-year-old lake they cracked into last year. 'The first core of transparent lake ice, two meters long, was obtained on Jan. 10, at a depth of 3,406 meters (11,174.5 feet). Inside it was a vertical channel filled with white bubble-rich ice,' stated the Arctic and Antarctic Research Institute, part of the Federal Service for Hydrometeorology and Environmental Monitoring."

Posted
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Soulskillon Friday January 11, 2013 @04:13PM
from the 8-bit-abstractions dept.

An anonymous reader writes "Is your work space drab? Do you want art to reflect your geekiness? Then you might like an art movement that has been gaining popularity over the past few decades. This is movement is 'Geek Art' where artists take inspiration from all things tech and geek. The art works range from 'Hello, world!' in 23 programming languages to collages of Old Atari games to more contemporary pieces like modern apps as Famicon software. It's sites like Redbubble and Society 6 which have enabled the independent artist to get their work out there while sites such as 20x200 take a more curated approach. 8bit retro is the new Mona Lisa!"

Posted
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Soulskillon Friday January 11, 2013 @03:30PM
from the mitten-mondays dept.

nossim writes "When it comes to developers' productivity, numerous controversial studies stress the differences between individuals. As a freelance web developer, I've worked for a lot of companies, and I noticed how some companies foster good practices which improve individual productivity and some others are a nightmare in that regard. In your experience, what are the worst practices or problems that impede developers' productivity at an individual or organizational level?"

Posted
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Soulskillon Friday January 11, 2013 @02:06PM
from the robots-are-taking-everybody's-jobs dept.

ananyo writes "The ribosome, the molecular machine that translates our genetic code to build the body's proteins, is a mechanical marvel. Now, chemists have invented a nanomachine that can achieve a similar feat. The artificial system is not about to displace nature's ribosome, a complex of proteins and RNA. It is much simpler, and only about about one-tenth of the size — and, it is achingly slow, destroys the code it reads and can produce only very short chunks of protein, known as peptides. It does, however, show that some of the tactics of biology's molecular machines can be adopted to make useful chemicals. The device relies on a rotaxane — a large molecular ring threaded onto another molecule that acts as an axle (abstract). The axle is lined with three amino acids, and a chain of three more amino acids hangs from the outer edge of the ring. Heating the device prompts the ring to move along the axle, adding amino acids one-by-one to the chain attached to the ring."